Effect of Adding Fulzyme plus and Spraying with Green Tea Extract on Vegetative Growth and Yield of Pepper cv. California Wonder

Q4 Agricultural and Biological Sciences Basrah Journal of Agricultural Sciences Pub Date : 2022-12-23 DOI:10.37077/25200860.2022.35.2.23
I. J. Abdulrasool, Z. R. J. AL-Malikshah
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引用次数: 1

Abstract

A filed experiment was carried out at one of the private farms at Al-Suwaira District, Wasit Governorate during the spring season 2021, in order to evaluate the effect of adding Fulyzme plus (biofertilizer) and the foliar application of green tea extract (organic nutrient) on growth and yield of pepper plant cv. California wonder. A factorial experiment (43) was carried out using RCBD Design with three replicates. The Fulyzme plus treatment was applied with four concentrations (0, 10, 20. and 30 g. L-1). The foliar application of green tea extract was applied with three concentrations which were 0, 2 and 4 ml. L-1. Results revealed  significant effects of Fulyzme plus at 30 g. L-1 and the foliar application of green tea extract at the 4 ml. L-1 in plant height (89.62 cm), number of branches (9.44 branch. Plant-1), number of leaves (38.28 leaf. Plant-1), leaves area (40.79 dcm2. Plant-1), number of flowers (35.77 flower. Plant-1) and fruits set (62.45%), number of fruits (17.96 fruit. Plant-1), plant yield (4.16 kg. plant-1), productivity (137.93 t. ha-1) and Vitamin. C in fruits (34.74 ml.100g-1). Therefore adding bio-fertilizer and spraying with organic nutrient improved vegetative growth and increase yield of pepper plants.
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添加富尔酶和喷洒绿茶提取物对辣椒营养生长和产量的影响。加州的奇迹
2021年春季,在Wasit省Al-Suwaira地区的一个私人农场进行了田间试验,以评估添加Fulyzme plus(生物肥料)和叶面施用绿茶提取物(有机养分)对辣椒植株生长和产量的影响。加州的奇迹。采用RCBD设计进行因子试验(43),共3个重复。Fulyzme +治疗采用4种浓度(0、10、20。30g。l - 1)。绿茶提取物叶面施用浓度分别为0、2和4 ml. L-1。结果显示,30 g的富乐滋加药效果显著。L-1和叶面施用4 ml绿茶提取物对株高(89.62 cm)、枝数(9.44枝)的影响显著。植物-1),叶数(38.28叶)。植株-1),叶面积40.79 dcm2。植物-1),花数(35.77朵)。植株1株)和果实集(62.45%),果实数(17.96个)。植株-1),植株产量(4.16公斤)。植物-1),生产力(137.93 t. ha-1)和维生素。水果中的C (34.74 ml.100g-1)。因此,添加生物肥料和喷施有机肥可以促进辣椒植株的营养生长,提高产量。
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来源期刊
Basrah Journal of Agricultural Sciences
Basrah Journal of Agricultural Sciences Environmental Science-Pollution
CiteScore
1.20
自引率
0.00%
发文量
35
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